Lectures:
1. Basiscs of Photogrammetry and use in practice.
2. Properties of photogrammetric cameras. Elements of interior and exterior orientation.
3. Terrestrial photogrammetry. Mathematical Foundations of Photogrammetry
4. Single image photogrammetry.
5. Intersection photogrammetry.
6. Optical correlation systems.
7. Natural and artifical stereoscopic vision. Stereoscopic instruments.
8. Terrestrial and aerial cameras. Aerial Carrar. Digital cameras.
9. Aerial photogrammetry. Flight mission, project planning and implementation.
10. Field reconnaissance and preparation of the project. Digital processing of aerial photographs.
11. Aerotriangulation.
12. Properties of terrestial and aerial photography. Image and spatial data.
13. Ground control points.
1. Basiscs of Photogrammetry and use in practice.
2. Properties of photogrammetric cameras. Elements of interior and exterior orientation.
3. Terrestrial photogrammetry. Mathematical Foundations of Photogrammetry
4. Single image photogrammetry.
5. Intersection photogrammetry.
6. Optical correlation systems.
7. Natural and artifical stereoscopic vision. Stereoscopic instruments.
8. Terrestrial and aerial cameras. Aerial Carrar. Digital cameras.
9. Aerial photogrammetry. Flight mission, project planning and implementation.
10. Field reconnaissance and preparation of the project. Digital processing of aerial photographs.
11. Aerotriangulation.
12. Properties of terrestial and aerial photography. Image and spatial data.
13. Ground control points.